大学生方程式竞赛对大学生科研项目的影响

Günter Bischof, E. Bratschitsch, Annette Casey, Thomas Lechner, M. Lengauer, Adrian J. Millward-Sadler, D. Rubeša, Christian J. Steinmann
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引用次数: 5

摘要

从大一开始,FH Joanneum的汽车工程专业学生就在基于项目的学习框架下参与项目工作。第二学期和第三学期的软件项目与常规课程相辅相成,提高了知识转移的效率,增强了学生学习和积极合作的动力。第二阶段,在这个以问题为导向的课程框架内,要求加强的阶段发生在大三,涉及学生选择的研究和开发项目。在汽车工程师协会国际方程式学生竞赛的规则和标准下,开发一款方程式式赛车是一个受欢迎的、因此也是最常被选择的项目。本文通过具体的案例来描述和讨论公式学生项目对大一、大二学生选择学生项目的影响。青年学生主动确定自己的研究课题,给项目主管提出了新的挑战。学生的积极性,创造力和解决问题的能力应该得到支持,同时必须保证项目的可行性。学生和导师需要在项目的不同阶段就适用的解决方案策略达成一致。
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The Impact of the Formula Student competition on undergraduate research projects
Starting from their freshman year, automotive engineering students at FH Joanneum are involved in project work within the framework of project-based learning. Software projects complementary to the regular courses in the second and third semester increase the efficiency of knowledge transfer and fortify the students' motivation to learn and to co-operate actively. The second, requirement-intensified phase within this problem oriented curricular framework takes place in the junior year and involves student selected research and development projects. A popular and therefore most frequently chosen project is the development of a formula-style race car within the rules and standards of the Society of Automotive Engineers' international Formula Student competition. In this paper the impact of the Formula Student project on the Freshmen's and Sophomore's choice of student projects is described and discussed by specific examples. The fact that the young students take the initiative and define their own research topics poses new challenges to the project supervisors. The students' motivation, creativity and problem-solving skills ought to be supported while at the same time the projects' feasibility must be assured. Students and advisors need to agree on applicable solution strategies in the different phases of the projects.
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